QBJ-C/D/E Connecting Cables for Battery Energy Storage Systems
- SKU
- WIRE-QBJ-C-D-E
- Unit
- each
- Min. Order
- 1
Contact for Pricing
Volume pricing quoted per order.
Connecting Cables for Battery Energy Storage Systems
Features
- •Using temperature: -40℃~+125℃; -40℃~+150℃
- •Rated voltage: 600V AC/1500V DC
- •Halongen free, follow the environment-friendly product's developing direction ( )
- •Pass the test for vertical flame propagation, high class of flame retardance
- •The belding radius not less than five times the cable 5xOD, easy to install
Description
Connecting Cables for Battery Energy Storage Systems. Using temperature: -40℃~+125℃; -40℃~+150℃. Rated voltage: 600V AC/1500V DC. Halongen free, follow the environment-friendly product's developing direction ( ). Pass the test for vertical flame propagation, high class of flame retardance. The belding radius not less than five times the cable 5xOD, easy to install. Application: Used for EV car battery high voltage system, Battery connection of Energy Storage System, flexible cable ( ). The product's description please refer to the specification for approval.
Specifications
| Standard | QC/T 1037-2016 |
|---|---|
| Construction | Conductor: Annealed soft bare copper ( ); Insulation: 125℃/150℃ thermosetting elastomers ( 125℃/150℃ ) |
| QBJ-C/D/E 1X4mm² | conductor Construction (no/mm): 133/0.2AS · Stranded Dia. (mm): 2.66 · 20℃ Conductor Max Resistance AT 20℃ (Ω/km): 4.71 · Nominal Thickness (mm): 0.40 · Insulation Dia. (mm): 3.6 |
| QBJ-C/D/E 1X6mm² | conductor Construction (no/mm): 190/0.2AS · Stranded Dia. (mm): 3.42 · 20℃ Conductor Max Resistance AT 20℃ (Ω/km): 3.14 · Nominal Thickness (mm): 0.40 · Insulation Dia. (mm): 4.15 |
| QBJ-C/D/E 1X10mm² | conductor Construction (no/mm): 323/0.2AS · Stranded Dia. (mm): 4.40 · 20℃ Conductor Max Resistance AT 20℃ (Ω/km): 1.82 · Nominal Thickness (mm): 0.60 · Insulation Dia. (mm): 5.70 |
| QBJ-C/D/E 1X25mm² | conductor Construction (no/mm): 798/0.2AS · Stranded Dia. (mm): 6.70 · 20℃ Conductor Max Resistance AT 20℃ (Ω/km): 0.743 · Nominal Thickness (mm): 0.65 · Insulation Dia. (mm): 8.10 |
| QBJ-C/D/E 1X35mm² | conductor Construction (no/mm): 1121/0.2AS · Stranded Dia. (mm): 8.00 · 20℃ Conductor Max Resistance AT 20℃ (Ω/km): 0.527 · Nominal Thickness (mm): 0.80 · Insulation Dia. (mm): 9.70 |
| QBJ-C/D/E 1X50mm² | conductor Construction (no/mm): 1596/0.2AS · Stranded Dia. (mm): 9.50 · 20℃ Conductor Max Resistance AT 20℃ (Ω/km): 0.368 · Nominal Thickness (mm): 0.90 · Insulation Dia. (mm): 11.40 |
| QBJ-C/D/E 1X70mm² | conductor Construction (no/mm): 2257/0.2AS · Stranded Dia. (mm): 11.50 · 20℃ Conductor Max Resistance AT 20℃ (Ω/km): 0.259 · Nominal Thickness (mm): 1.00 · Insulation Dia. (mm): 13.60 |
| EQBJ-C/D/E 1X16mm² | conductor Construction (no/mm): 513/0.2AS · Stranded Dia. (mm): 5.70 · 20℃ Conductor Max Resistance AT 20℃ (Ω/km): 1.16 · Nominal Thickness (mm): 0.65 · Insulation Dia. (mm): 7.00 |
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